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Job Description:
You will develop and use software to model, analyze and optimize futuristic systems. The focus would be to co-analyze and co-optimize hardware and software components such that highly integrated systems may be built. You will comprehend performance and power aspects cutting across code quality, system software such as drivers and run-times, and scalability limiters in software and hardware. The focus will be on a large class of application categories such as HPC, Productivity, Imaging , Multimedia and 3D Graphics. The Tools required to achieve these objectives such as profilers, visualizers and automation suites will need to be devised, architected and developed along the way. Activities will involve both pre-production and post-production systems across multiple generations.

Desired Profile:
You should possess a BS/MS or PhD in Computer Science or Electrical/Electronics Engineering. Superlative Software skills in C/C++ and in Scripting languages such as Perl/Python in the Linux environment would be required. Proficiency in CPU/GPU Instruction Set Architecture, Software/Hardware Performance Benchmarking and Debugging would be very desirable. Prior experience in developing System Software, Compilers and Emulators/Simulators would be very useful.

Job Description: Responsibilities may be quite diverse of a nonexempt technical nature. U.S. experience and education requirements will vary significantly depending on the unique needs of the job. Job assignments are usually for the summer or for short periods during breaks from school.

Candidate Profile: You should possess a Bachelor of Engineering degree and/or a Master of Technology degree in Electronics and/or Computer Engineering or Information Technology with technical skills include proficiency in C, C and scripting language like Perl, Python and others.